WELDING RODS FONWELD E901 CUTTING RODS 5.0MM

Product Description

WELDING RODS FONWELD E901 CUTTING RODS 5.0MM (PRICE PER KG) are special-purpose cutting electrodes designed for cutting and piercing a wide range of industrial metals without the use of oxygen or compressed air. FONWELD E901 features a special coating that maintains a stable arc during cutting operations, producing clean cut surfaces and relatively narrow kerf widths.

Key Benefits and Features

• FONWELD E901 special-purpose cutting electrode.
• 5.0mm diameter for efficient cutting and piercing applications.
• Designed for cutting steel, cast iron, copper alloys, and aluminium.
• Also suitable for cutting stainless steel and stainless-steel-clad plates.
• Operates without the need for injected oxygen or compressed air.
• Special coating provides a stable arc during cutting and piercing.
• Produces clean cut surfaces.
• Helps achieve small kerf widths for controlled material removal.
• Suitable for industrial maintenance, fabrication, and repair work.
• Recommended 5.0 × 450mm electrode current: approximately 290A.
• Suitable for DCEP / AC current modes.
• Sold on a price-per-KG basis.

Essential Specifications

• Product Type: Cutting Electrode
• Brand: FONWELD
• Grade: E901
• Diameter: 5.0mm
• Standard Electrode Length: 450mm
• Recommended Current: Approximately 290A
• Current Mode: DCEP / AC
• Primary Function: Cutting and piercing
• Suitable Materials: Steel, cast iron, copper alloys, aluminium, stainless steel, and stainless-steel-clad plates
• Selling Basis: Price Per KG

Typical Applications

• Cutting steel components
• Cutting and piercing cast iron
• Cutting aluminium and copper alloys
• Cutting stainless steel
• Cutting stainless-steel-clad plates
• Industrial metal fabrication
• Removal of unwanted metal sections
• Maintenance and repair work
• On-site cutting and piercing operations
• General workshop and industrial applications

FONWELD E901 5.0mm is an effective choice for industrial cutting and piercing where stable arc performance, clean cut surfaces, narrow kerf widths, and oxygen-free operation are required.